In:
Thermal Science, National Library of Serbia, Vol. 22, No. Suppl. 5 ( 2018), p. 1535-1549
Abstract:
A polygeneration system is an energy system capable of providing multiple
energy outputs to meet local demands, by application of high process
integration. In this paper, optimal configuration and capacity of a
polygeneration system for an indoor swimming pool building is determined by
application of a method based on TRNSYS simulation and GenOpt optimization
software. Based on the applicability, a superstructure of the polygeneration
system is integrated, consisting of the following polygeneration modules: an
internal combustion engine cogeneration module, a vapor compression chiller,
and adsorption chiller, a ground source heat pump, flat plate solar thermal
collectors, photovoltaic collectors, and heat storage. Annual behavior of
energy loads of the public swimming pool building during a typical
meteorological year and the polygeneration system are modeled and simulated
using TRNSYS software, whereas techno-economic optimization is performed by
GenOpt optimization. The results indicated the optimal con-figuration of the
polygeneration system for the modelled energy demands, as well as the optimal
capacity of the polygeneration modules, thus defining the optimal capacity of
the polygeneration system for the energy demands of the public swimming pool
building.
Type of Medium:
Online Resource
ISSN:
0354-9836
,
2334-7163
DOI:
10.2298/TSCI18S5535M
Language:
English
Publisher:
National Library of Serbia
Publication Date:
2018
detail.hit.zdb_id:
2241319-4
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